Mineralogy and petrology of silicate inclusions in iron meteorites
Silicate inclusions in iron meteorites analyzed by microprobe and classified according to phase assemblages, compositions and textures
Engineering topics
Publications and source records attributed to Keil, K..
Silicate inclusions in iron meteorites analyzed by microprobe and classified according to phase assemblages, compositions and textures
Apollo 11 magnesium-rich opaque oxide armalcolite mineral from Tranquility Base noting relation to pseudobrookite series
Apollo 11 lunar samples mineralogical and compositional studies concerning lunar origin hypothesis
Apollo 11 lunar fines carbon compounds, examining chemical state of porphyrins, fatty and amino acids, purines, pyrimidines and carbohydrates, etc
Ti demonstrated as predominantly chalcophilic in highly reduced enstatite chondrites and achondrites
Ilmenite composition in equilibrated ordinary chondrites, analyzing Fe, Mg, Ti and Cr content
Enstatite chondrites structure and mineral content and composition using microscopic and X ray analysis, grouping parameters in distinguishing types
Electron microprobe analysis of vanadium in presence of titanium by compositional measurement of chromite in chondritic meteorites
Zincian daubreelite from Kota-Kota and St. Mark enstatite chondrites, discussing appearance, occurrence and composition of mineral
Lithium drifted silicon solid state spectrometer for detection and energy dispersion of X rays in electron microprobe X ray analyzer
Laser microprobe microspectrochemical quantitative analysis of mineral trace elements involving sample vaporization by laser beam
Chromite composition in chondrites using electron microprobe technique, discussing petrographic origin and vanadium abundance
Chemical composition analysis of Macedon and Darwin natural glass
Niningerite composition and optical, physical and crystallographic properties
Monograph on electron microprobe X-ray analyzer and application in mineralogy
Rutile in meteorites, noting presence of titanium oxide as result of electron microprobe studies
Spherules from Atlantic Ocean sediments studied by electron microprobe, noting terrestrial alteration and contamination of surfaces